Silcolease® Emulsion Cata 909 by Elkem Silicones is a non-ionic aqueous emulsion of polymethylsiloxane grafted with reactive chemicals with the addition of a platinum salt. Acts as an emulsion... view more

Silcolease® Emulsion XL 968 by Elkem Silicones is silicone emulsion. Acts as a crosslinker for polyaddition and polycondensation emulsions in the Silcolease® range. Exhibits higher cured coating... view more

Silcolease® Emulsion XL 969 by Elkem Silicones is silicone emulsion. Acts as a crosslinker for polyaddition and polycondensation emulsions in the Silcolease® range. Exhibits higher cured coating... view more

Silcolease® PC-105 NXL by Elkem Silicones is a thermally curable, biocompatible silicone emulsion. Acts as an easy release modifier. It is a milky-white, low vinyl content biocompatible fluid... view more

Silcolease® PC-107 by Elkem Silicones is a thermally curable, biocompatible, polyaddition silicone release coating. Acts as an easy release modifier. It is a milky-white emulsion containing medium... view more

SEPTON™ 2002 by Kuraray is styrene-ethylene/propylene-styrene block copolymer. It generates high elongation properties as well as enhanced low temperature properties without crystallization. SEPTON™... view more

SEPTON™ 2005 by Kuraray is styrene-ethylene/propylene-styrene block copolymer. It generates high elongation properties as well as enhanced low temperature properties without crystallization. SEPTON™... view more

SEPTON™ 2006 by Kuraray is styrene-ethylene/propylene-styrene block copolymer. It generates high elongation properties as well as enhanced low temperature properties without crystallization. SEPTON™... view more

SEPTON™ 2104 by Kuraray is styrene-ethylene/propylene-styrene block copolymer. It generates high elongation properties as well as enhanced low temperature properties without crystallization. SEPTON™... view more

SEPTON™ 4033 by Kuraray is styrene-[ethylene-(ethylene-propylene)]-styrene block copolymer. It generates high elongation properties as well as enhanced low temperature properties without... view more